| Ballotini® A | Potters Industries Inc. | Ballotini® A is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 20-30 and a particle diameter range of 600-850 microns. Ballotini® A is most commonly used in metal finishing applications. | |
| Ballotini® AA | Potters Industries Inc. | Ballotini® AA is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 40-70 and a particle diameter range of 212-425 microns. Ballotini® AA is most commonly used in metal finishing applications. | |
| Ballotini® AAA | Potters Industries Inc. | Ballotini® AAA is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 25-45 and a particle diameter range of 355-710 microns. Ballotini® AAA is most commonly used in metal finishing applications. | |
| Ballotini® AB | Potters Industries Inc. | Ballotini® AB is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 50-80 and a particle diameter range of 180-300 microns. Ballotini® AB is most commonly used in metal finishing applications. | |
| Ballotini® AC | Potters Industries Inc. | Ballotini® AC is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 60-120 and a particle diameter range of 125-250 microns. Ballotini® AC is most commonly used in metal finishing applications. | |
| Ballotini® AD | Potters Industries Inc. | Ballotini® AD is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 70-140 and a particle diameter range of 106-212 microns. Ballotini® AD is most commonly used in metal finishing applications. | |
| Ballotini® AE | Potters Industries Inc. | Ballotini® AE is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 100-170 and a particle diameter range of 90-150 microns. Ballotini® AE is most commonly used in metal finishing applications. | |
| Ballotini® AG | Potters Industries Inc. | Ballotini® AG is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 120-270 and a particle diameter range of 53-125 microns. Ballotini® AG is most commonly used in metal finishing applications. | |
| Ballotini® AH | Potters Industries Inc. | Ballotini® AH is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 170-325 and a particle diameter range of 45-90 microns. Ballotini® AH is most commonly used in metal finishing applications. | |
| Ballotini® B | Potters Industries Inc. | Ballotini® B is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 30-40 and a particle diameter range of 425-600 microns. Ballotini® B is most commonly used in metal finishing applications. | |
| Ballotini® C | Potters Industries Inc. | Ballotini® C is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 40-60 and a particle diameter range of 250-425 microns. Ballotini® C is most commonly used in metal finishing applications. | |
| Ballotini® D | Potters Industries Inc. | Ballotini® D is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 50-70 and a particle diameter range of 212-300 microns. Ballotini® D is most commonly used in metal finishing applications. | |
| Ballotini® MIL 10 | Potters Industries Inc. | Ballotini® MIL 10 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 100-170 and a particle diameter range of 90-150 microns. Ballotini® MIL 10 is most commonly used in metal finishing application...Vea Mas Ballotini® MIL 10 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 100-170 and a particle diameter range of 90-150 microns. Ballotini® MIL 10 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 11 | Potters Industries Inc. | Ballotini® MIL 11 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 120-200 and a particle diameter range of 75-125 microns. Ballotini® MIL 11 is most commonly used in metal finishing application...Vea Mas Ballotini® MIL 11 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 120-200 and a particle diameter range of 75-125 microns. Ballotini® MIL 11 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 12 | Potters Industries Inc. | Ballotini® MIL 12 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 140-230 and a particle diameter range of 63-106 microns. Ballotini® MIL 12 is most commonly used in metal finishing application...Vea Mas Ballotini® MIL 12 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 140-230 and a particle diameter range of 63-106 microns. Ballotini® MIL 12 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 13 | Potters Industries Inc. | Ballotini® MIL 13 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 170-325 and a particle diameter range of 45-90 microns. Ballotini® MIL 13 is most commonly used in metal finishing applications...Vea Mas Ballotini® MIL 13 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 170-325 and a particle diameter range of 45-90 microns. Ballotini® MIL 13 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 3 | Potters Industries Inc. | Ballotini® MIL 3 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 20-30 and a particle diameter range of 600-850 microns. Ballotini® MIL 3 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 4 | Potters Industries Inc. | Ballotini® MIL 4 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 30-40 and a particle diameter range of 425-600 microns. Ballotini® MIL 4 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 5 | Potters Industries Inc. | Ballotini® MIL 5 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 40-50 and a particle diameter range of 300-425 microns. Ballotini® MIL 5 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 6 | Potters Industries Inc. | Ballotini® MIL 6 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 50-70 and a particle diameter range of 212-300 microns. Ballotini® MIL 6 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 7 | Potters Industries Inc. | Ballotini® MIL 7 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 60-80 and a particle diameter range of 180-250 microns. Ballotini® MIL 7 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 8 | Potters Industries Inc. | Ballotini® MIL 8 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 70-100 and a particle diameter range of 150-212 microns. Ballotini® MIL 8 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 9 | Potters Industries Inc. | Ballotini® MIL 9 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 80-120 and a particle diameter range of 125-180 microns. Ballotini® MIL 9 is most commonly used in metal finishing applications. | |
| Fillite Standard Grades | Tolsa SA | Fillite Standard Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weight of plastics, rubbers, resins, and cement. It can be used in PVC flooring, brake linings, phenolics and epoxies, cast polyesters, wallboar...Vea Mas Fillite Standard Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weight of plastics, rubbers, resins, and cement. It can be used in PVC flooring, brake linings, phenolics and epoxies, cast polyesters, wallboard joint compounds, oil well cement, and tile adhesives. Vea Menos | |
| Fillite White / High-Alumina Grades | Tolsa SA | Fillite White / High Alumina Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weights fo plastics, rubbers, resins, and cement. It can be used for gypsum board jointing compounds, veneering plasters, stuccos, s...Vea Mas Fillite White / High Alumina Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weights fo plastics, rubbers, resins, and cement. It can be used for gypsum board jointing compounds, veneering plasters, stuccos, sealants, coatings, cast resins, refractories, foundry applications, or high temperatures resistant coatings. Vea Menos | |
| GL-0237 | Mo-Sci Corporation | GL-0237 consists of solid clear amorphous silica microspheres with white color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including calibration, high temperatures spacer...Vea Mas GL-0237 consists of solid clear amorphous silica microspheres with white color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including calibration, high temperatures spacer material for gauge control, coating, and filler for plastics. Vea Menos | |
| GL-0271 | Mo-Sci Corporation | GL-0271 consists of E-glass spheres that are white to gray or greenish in color. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including conductive filler for plastic and pigment. | |
| GL-0715 | Mo-Sci Corporation | GL-0715 consists of solid glass microspheres with light yellow color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used as high temperatures spacer material for gauge control, coating, filler...Vea Mas GL-0715 consists of solid glass microspheres with light yellow color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used as high temperatures spacer material for gauge control, coating, filler for plastic, and retro-reflection applications. Vea Menos | |
| GL-1611 | Mo-Sci Corporation | GL-1611 consists of porous walled, hollow glass microspheres with white color in powder form. It is a glass extender for liquid resin systems. It can be used for thermal insulation in coating systems. | |
| GL-1619 | Mo-Sci Corporation | GL-1619 consists of borosilicate glass microspheres with a metallic cerium oxide coating that appears to be white or pink in color. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including ...Vea Mas GL-1619 consists of borosilicate glass microspheres with a metallic cerium oxide coating that appears to be white or pink in color. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including conductive filler for plastic and pigment. Vea Menos | |
| Microsil 100 | Tolsa SA | Microsil 100 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting factor....Vea Mas Microsil 100 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting factor. It can be used as joint filler for drywall and gypsum boards, cement boards, mortars and stuccos, bitumen membranes for waterproofing, asphalt emulsions, resin based waterproofing coatings, textural paint, putties and mastics, and tile adhesives. Vea Menos | |
| Microsil 100S | Tolsa SA | Microsil 100S consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting...Vea Mas Microsil 100S consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting factor that also require a lower viscosity or smaller absorption. It can be used as joint filler for drywall and gypsum boards, cement boards, mortars and stuccos, bitumen membranes for waterproofing, asphalt emulsions, resin based waterproofing coatings, textural paint, putties and mastics, and tile adhesives. Vea Menos | |
| Microsil 200 | Tolsa SA | Microsil 200 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting factor. ...Vea Mas Microsil 200 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting factor. It can be used as joint filler for drywall and gypsum boards, cement boards, mortars and stuccos, bitumen membranes for waterproofing, asphalt emulsions, resin based waterproofing coatings, putties and mastics, and tile adhesives. Vea Menos | |
| Microsil 200S | Tolsa SA | Microsil 200S consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting f...Vea Mas Microsil 200S consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It is designed to be used in applications where particle size is not a limiting factor that also require a lower viscosity or smaller absorption. It can be used as joint filler for drywall and gypsum boards, cement boards, mortars and stuccos, bitumen membranes for waterproofing, asphalt emulsions, resin based waterproofing coatings, putties and mastics, and tile adhesives. Vea Menos | |
| Microsil 325 | Tolsa SA | Microsil 325 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size. It can be ...Vea Mas Microsil 325 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size. It can be used in synthetic marble and polymeric mortars, asphalt emulsions, resin based waterproofing coatings, friction materials, textural paints, putties, and mastics. Vea Menos | |
| Microsil 325S | Tolsa SA | Microsil 325 consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size or in a...Vea Mas Microsil 325 consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size or in applications where a lower viscosity or smaller absorption is required. It can be used in synthetic marble and polymeric mortars, asphalt emulsions, resin based waterproofing coatings, friction materials, textural paints, putties, and mastics. Vea Menos | |
| Pansil UltraSpheres™ 2000 | Tolsa SA | Pansil UltraSpheres™ 2000 consists of ceramic microspheres. It is used as an additive or filler for paints, coatings, mastics, and other construction materials. It can be used in film/antiblock applications, top coats, high solid industrial coatings, an...Vea Mas Pansil UltraSpheres™ 2000 consists of ceramic microspheres. It is used as an additive or filler for paints, coatings, mastics, and other construction materials. It can be used in film/antiblock applications, top coats, high solid industrial coatings, and decorative powder coatings. Vea Menos | |
| Pansil UltraSpheres™ 4000 | Tolsa SA | Pansil UltraSpheres™ 4000 consists of ceramic microspheres. It can be used as an additive or filler for paints, coatings, mastics, and other construction materials. It can be used in high solid industrial coatings, heavy duty maintenance coatings, marin...Vea Mas Pansil UltraSpheres™ 4000 consists of ceramic microspheres. It can be used as an additive or filler for paints, coatings, mastics, and other construction materials. It can be used in high solid industrial coatings, heavy duty maintenance coatings, marine coatings, aircraft coatings, water reducible industrial coatings, powder coatings, coil coatings, radiation-curable inks and coatings, and primers. Vea Menos | |
| Pansil UltraSpheres™ 6000 | Tolsa SA | Pansil UltraSperes™ 6000 consists of ceramic microspheres. It can be used as an additive or filler for paints, coatings, mastics, and other construction materials. It can be used in polymer concrete, epoxy flooring, textured coatings, and friction mater...Vea Mas Pansil UltraSperes™ 6000 consists of ceramic microspheres. It can be used as an additive or filler for paints, coatings, mastics, and other construction materials. It can be used in polymer concrete, epoxy flooring, textured coatings, and friction materials. Vea Menos | |
| Pansil UltraSpheres™ 8000 | Tolsa SA | Pansil UltraSpheres™ 8000 consists of ceramic microspheres. They are used as additives and fillers and paints, coatings, mastics, and other construction materials. It can be used in polymer concrete, epoxy flooring, textured coatings, and friction mater...Vea Mas Pansil UltraSpheres™ 8000 consists of ceramic microspheres. They are used as additives and fillers and paints, coatings, mastics, and other construction materials. It can be used in polymer concrete, epoxy flooring, textured coatings, and friction materials. Vea Menos | |
| Prizmalite P2011SL | Prizmalite Industries Inc. | Prizmalite P2011SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 3 to 6 microns. Prizmalite P2011SL can be used in solvent and water-based paint applications. | |
| Prizmalite P2050SL | Prizmalite Industries Inc. | Prizmalite P2050SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 35 to 45 microns. Prizmalite P2050SL can be used in textile and vinyl coatings, solvent and water-based coating...Vea Mas Prizmalite P2050SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 35 to 45 microns. Prizmalite P2050SL can be used in textile and vinyl coatings, solvent and water-based coatings, and tactile coatings. Vea Menos | |
| Prizmalite P2075SL | Prizmalite Industries Inc. | Prizmalite P2075SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 65 to 75 microns. Prizmalite P2075SL can be used in textile and vinyl coatings, solvent and water-based coating...Vea Mas Prizmalite P2075SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 65 to 75 microns. Prizmalite P2075SL can be used in textile and vinyl coatings, solvent and water-based coatings, and tactile coatings. Vea Menos | |
| Prizmalite P2453BTA | Prizmalite Industries Inc. | Prizmalite P2453BTA are hemispherically aluminum coated barium titanate glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 40 to 50 microns. Prizmalite P2453BTA can be used in textile and vinyl coating...Vea Mas Prizmalite P2453BTA are hemispherically aluminum coated barium titanate glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 40 to 50 microns. Prizmalite P2453BTA can be used in textile and vinyl coatings, solvent and water-based coatings, reflective plastisol inks, tactile coatings, and reflective powder coatings. Vea Menos | |
| Q-Cel® 300 | Potters Industries Inc. | Q-Cel® 300 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.12 g/cc and an average particle size of 90 microns. Q-Cel® 300 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 5019 | Potters Industries Inc. | Q-Cel® 5019 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 72 microns. Q-Cel® 5019 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 5032S | Potters Industries Inc. | Q-Cel® 5032S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.20 g/cc and an average particle size of 63 microns. Q-Cel® 5032S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6014 | Potters Industries Inc. | Q-Cel® 6014 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.08 g/cc and an average particle size of 85 microns. Q-Cel® 6014 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6019 | Potters Industries Inc. | Q-Cel® 6019 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 75 microns. Q-Cel® 6019 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6019S | Potters Industries Inc. | Q-Cel® 6019S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 70 microns. Q-Cel® 6019S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6028 | Potters Industries Inc. | Q-Cel® 6028 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.16 g/cc and an average particle size of 70 microns. Q-Cel® 6028 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6036 | Potters Industries Inc. | Q-Cel® 6036 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.21 g/cc and an average particle size of 60 microns. Q-Cel® 6036 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6042S | Potters Industries Inc. | Q-Cel® 6042S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.26 g/cc and an average particle size of 50 microns. Q-Cel® 6042S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6048 | Potters Industries Inc. | Q-Cel® 6048 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.27 g/cc and an average particle size of 50 microns. Q-Cel® 6048 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7019 | Potters Industries Inc. | Q-Cel® 7019 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 80 microns. Q-Cel® 7019 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7023S | Potters Industries Inc. | Q-Cel® 7023S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.13 g/cc and an average particle size of 85 microns. Q-Cel® 7023S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7028 | Potters Industries Inc. | Q-Cel® 7028 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.16 g/cc and an average particle size of 75 microns. Q-Cel® 7028 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7036 | Potters Industries Inc. | Q-Cel® 7036 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.21 g/cc and an average particle size of 63 microns. Q-Cel® 7036 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7040S | Potters Industries Inc. | Q-Cel® 7040S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.26 g/cc and an average particle size of 54 microns. Q-Cel® 7040S is most commonly used to reduce density in automotive underbody coating applications. | |
| Silica Fume PSF 87 | Panadyne | Silica Fume PSF 87 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and c...Vea Mas Silica Fume PSF 87 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and corrosion-resistant properties as well. It can be used in coatings, adhesives, concrete applications, and sealants. Vea Menos | |
| Silica Fume PSF 92 | Panadyne | Silica Fume PSF 92 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and c...Vea Mas Silica Fume PSF 92 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and corrosion-resistant properties as well. It can be used in coatings, adhesives, concrete applications, and sealants. Vea Menos | |
| Silica Fume PSF 94 | Panadyne | Silica Fume PSF 94 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and cor...Vea Mas Silica Fume PSF 94 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and corrosion-resistant properties as well. It can be used in coatings, adhesives, concrete applications, and sealants. Vea Menos | |
| Silica Fume PSF 97 | Panadyne | Silica Fume PSF 97 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and cor...Vea Mas Silica Fume PSF 97 is a microsilica or silica fume. This product is composed of ultra-fine amorphous spheres of silicon dioxide (SiO2), and has improved durability, strength, and flowability characteristics. Silica fume also has abrasion, chemical and corrosion-resistant properties as well. It can be used in coatings, adhesives, concrete applications, and sealants. Vea Menos | |
| Sphericel® 110P8 | Potters Industries Inc. | Sphericel® 110P8 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.49 g/cc and a maximum working pressure of 10,000 psi. Sphericel® 110P8 is most commonly used to increase thermal and acousti...Vea Mas Sphericel® 110P8 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.49 g/cc and a maximum working pressure of 10,000 psi. Sphericel® 110P8 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. Vea Menos | |
| Sphericel® 25P45 | Potters Industries Inc. | Sphericel® 25P45 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.14 g/cc and a maximum working pressure of 750 psi. Sphericel® 25P45 is most commonly used to increase thermal and acoustic i...Vea Mas Sphericel® 25P45 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.14 g/cc and a maximum working pressure of 750 psi. Sphericel® 25P45 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. Vea Menos | |
| Sphericel® 34P30 | Potters Industries Inc. | Sphericel® 34P30 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.22 g/cc and a maximum working pressure of 3,000 psi. Sphericel® 34P30 is most commonly used to increase thermal and acoustic...Vea Mas Sphericel® 34P30 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.22 g/cc and a maximum working pressure of 3,000 psi. Sphericel® 34P30 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. Vea Menos | |
| Sphericel® 45P25 | Potters Industries Inc. | Sphericel® 45P25 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.26 g/cc and a maximum working pressure of 4,000 psi. Sphericel® 45P25 is most commonly used to increase thermal and acoustic...Vea Mas Sphericel® 45P25 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.26 g/cc and a maximum working pressure of 4,000 psi. Sphericel® 45P25 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. Vea Menos | |
| Sphericel® 60P18 | Potters Industries Inc. | Sphericel® 60P18 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.32 g/cc and a maximum working pressure of 8,000 psi. Sphericel® 60P18 is most commonly used to increase thermal and acoustic...Vea Mas Sphericel® 60P18 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.32 g/cc and a maximum working pressure of 8,000 psi. Sphericel® 60P18 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. Vea Menos | |
| Spheriglass® A-Glass 1922 | Potters Industries Inc. | Spheriglass® A-Glass 1922 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 150-250 microns and a US mesh size of 60-100. Spheriglass® A-Glass 1922 is most commonly used as an additive in thermoplastic and ther...Vea Mas Spheriglass® A-Glass 1922 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 150-250 microns and a US mesh size of 60-100. Spheriglass® A-Glass 1922 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® A-Glass 2024 | Potters Industries Inc. | Spheriglass® A-Glass 2024 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 106-212 microns and a US mesh size of 70-140. Spheriglass® A-Glass 2024 is most commonly used as an additive in thermoplastic and ther...Vea Mas Spheriglass® A-Glass 2024 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 106-212 microns and a US mesh size of 70-140. Spheriglass® A-Glass 2024 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® A-Glass 2429 | Potters Industries Inc. | Spheriglass® A-Glass 2429 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 53-106 microns and a US mesh size of 140-270. Spheriglass® A-Glass 2429 is most commonly used as an additive in thermoplastic and ther...Vea Mas Spheriglass® A-Glass 2429 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 53-106 microns and a US mesh size of 140-270. Spheriglass® A-Glass 2429 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® A-Glass 2530 | Potters Industries Inc. | Spheriglass® A-Glass 2530 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 45-90 microns and a US mesh size of 170-325. Spheriglass® A-Glass 2530 is most commonly used as an additive in thermoplastic and therm...Vea Mas Spheriglass® A-Glass 2530 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 45-90 microns and a US mesh size of 170-325. Spheriglass® A-Glass 2530 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® A-Glass 3000 | Potters Industries Inc. | Spheriglass® A-Glass 3000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® A-Glass 3000 is most commonly used as an additive in thermoplastic and ...Vea Mas Spheriglass® A-Glass 3000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® A-Glass 3000 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® A-Glass 5000 | Potters Industries Inc. | Spheriglass® A-Glass 5000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 7-10 microns. Spheriglass® A-Glass 5000 is most commonly used as an additive in thermoplastic and thermosetting adhesive form...Vea Mas Spheriglass® A-Glass 5000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 7-10 microns. Spheriglass® A-Glass 5000 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® E-Glass 3000E | Potters Industries Inc. | Spheriglass® E-Glass 3000E is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® E-Glass 3000E is most commonly used as an additive in thermoplastic an...Vea Mas Spheriglass® E-Glass 3000E is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® E-Glass 3000E is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. Vea Menos | |
| Spheriglass® Type I | Potters Industries Inc. | Spheriglass® Type I is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0234" and a specific gravity of 2.3-2.7. Spheriglass® Type I is most commonly used to control bond line thickness ...Vea Mas Spheriglass® Type I is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0234" and a specific gravity of 2.3-2.7. Spheriglass® Type I is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type II | Potters Industries Inc. | Spheriglass® Type II is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0165" and a specific gravity of 2.3-2.7. Spheriglass® Type II is most commonly used to control bond line thicknes...Vea Mas Spheriglass® Type II is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0165" and a specific gravity of 2.3-2.7. Spheriglass® Type II is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type III | Potters Industries Inc. | Spheriglass® Type III is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0117" and a specific gravity of 2.3-2.7. Spheriglass® Type III is most commonly used to control bond line thickn...Vea Mas Spheriglass® Type III is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0117" and a specific gravity of 2.3-2.7. Spheriglass® Type III is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type IV | Potters Industries Inc. | Spheriglass® Type IV is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0098" and a specific gravity of 2.3-2.7. Spheriglass® Type IV is most commonly used to control bond line thicknes...Vea Mas Spheriglass® Type IV is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0098" and a specific gravity of 2.3-2.7. Spheriglass® Type IV is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type IX | Potters Industries Inc. | Spheriglass® Type IX is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0029" and a specific gravity of 2.3-2.7. Spheriglass® Type IX is most commonly used to control bond line thicknes...Vea Mas Spheriglass® Type IX is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0029" and a specific gravity of 2.3-2.7. Spheriglass® Type IX is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type V | Potters Industries Inc. | Spheriglass® Type V is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0070" and a specific gravity of 2.3-2.7. Spheriglass® Type V is most commonly used to control bond line thickness ...Vea Mas Spheriglass® Type V is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0070" and a specific gravity of 2.3-2.7. Spheriglass® Type V is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type VI | Potters Industries Inc. | Spheriglass® Type VI is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0049" and a specific gravity of 2.3-2.7. Spheriglass® Type VI is most commonly used to control bond line thicknes...Vea Mas Spheriglass® Type VI is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0049" and a specific gravity of 2.3-2.7. Spheriglass® Type VI is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type VII | Potters Industries Inc. | Spheriglass® Type VII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0041" and a specific gravity of 2.3-2.7. Spheriglass® Type VII is most commonly used to control bond line thickn...Vea Mas Spheriglass® Type VII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0041" and a specific gravity of 2.3-2.7. Spheriglass® Type VII is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type VIII | Potters Industries Inc. | Spheriglass® Type VIII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0035" and a specific gravity of 2.3-2.7. Spheriglass® Type VIII is most commonly used to control bond line thic...Vea Mas Spheriglass® Type VIII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0035" and a specific gravity of 2.3-2.7. Spheriglass® Type VIII is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type X | Potters Industries Inc. | Spheriglass® Type X is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0025" and a specific gravity of 2.3-2.7. Spheriglass® Type X is most commonly used to control bond line thickness ...Vea Mas Spheriglass® Type X is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0025" and a specific gravity of 2.3-2.7. Spheriglass® Type X is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type XI | Potters Industries Inc. | Spheriglass® Type XI is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0021" and a specific gravity of 2.3-2.7. Spheriglass® Type XI is most commonly used to control bond line thicknes...Vea Mas Spheriglass® Type XI is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0021" and a specific gravity of 2.3-2.7. Spheriglass® Type XI is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type XII | Potters Industries Inc. | Spheriglass® Type XII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0017" and a specific gravity of 2.3-2.7. Spheriglass® Type XII is most commonly used to control bond line thickn...Vea Mas Spheriglass® Type XII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0017" and a specific gravity of 2.3-2.7. Spheriglass® Type XII is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Spheriglass® Type XIII | Potters Industries Inc. | Spheriglass® Type XIII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0015" and a specific gravity of 2.3-2.7. Spheriglass® Type XII is most commonly used to control bond line thick...Vea Mas Spheriglass® Type XIII is a solid, colorless, soda-lime glass in a microbead particle form. This product has a maximum particle diameter of 0.0015" and a specific gravity of 2.3-2.7. Spheriglass® Type XII is most commonly used to control bond line thickness in adhesive bonding applications. Vea Menos | |
| Z-CEL® 8054 | Potters Industries Inc. | Z-CEL® 8054 is a white-colored, synthetic, sodium aluminosilicate microsphere. This product is most commonly used as a filler in paint, coating, and film production applications. |
